The aminoacyl tRNA synthetases are very important during the protein biosynthesis, which can make the gene sequence be accurately translated into the protein sequence by the specific recognition between AARS and tRNA/amino acids.
氨酰 tRNA合成酶(aminoacyl tRNAsynthetase ，AARS)是生命活动过程中一类非常重要而又古老的酶，它在蛋白质合成过程中起着催化氨基酸的活化，并与相应的tRNA相连接的重要作用，因而有关AARS结构、功能与进化关系的问题一直为人们所关
Recently, the investigators pay more attention to the relation between the editing function and human health.
近年来，人们越来越多关注aaRS编校功能同人类健康之间的关系。
And these conservative residues in the AARS might coevolve with the identity elements in its cognate tRNA.
结果表明在氨基酸结合口袋旁边存在着具有种属差异特质的保守残基，它们与相应tRNA上的识别元件表现出明显的共进化特征。
All these breakthroughs enhance our understanding about the interaction between the aaRS complex and the macromolecular signaling network and promote the studies on this field.
这些研究增加了对于氨基酰-tRNA合成酶和细胞内大分子信号网络之间关系的认识，并将促进对该领域的研究与发展。
They were especially known as being very discreet, the flash hider used on them made them difficult to spot according to both French and German AARs.
它以隐蔽性好而名声大噪，它所使用的炮口消焰器使它很难被发现，按照德法双方的作战报告。
The method, called the anomaly attenuation rate method, involves computing radial averages of AARs with increasing distances from a range of assumed source centers.
4在对一般三维场源构造指数的变化特征研究的基础上，提出了一种通过计算异常衰减率的径向平均值求取场源中心点深度的AAR方法。
The aminoacyl tRNA synthetases (AARS) are very important during the protein biosynthesis, which can make the gene sequence be accurately translated into the protein sequence by the specific recognition between AARS and tRNA/amino acids.
氨酰tRNA合成酶（AARS）是一类在蛋白质合成过程中起着重要作用的酶，它通过与tRNA及其相应氨基酸的专一性识别作用，使得基因序列能够被精确地翻译成蛋白质序列。
The widely used approximate reasoning methods such as Compositional Rule of Inference (CRI) and Analogy Approximate Reasoning Schema (AARS) are fully analyzed, and their deficiencies are pointed out.
对常用的近似推理方法如合成推理方法（CRI）和基于相似度量的近似推理方法（AARS）进行了研究，指出了它们存在的缺陷；